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Publikační činnost

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Typ záznamu:	prezentace (kongresy, sympózia, konference, workshopy)
Domácí pracoviště:	Katedra fyziky (31300)
Název:	Diurnal dynamics of photosynthetic parameters of Norway spruce (Picea abies) cultivated under elevated CO2. - II. Photosystem II efficiency and the xanthophyll cycle activity during summer day
Citace	Kalina, J., Špunda, V., Urban, O., Marek, M. a Gonzáles Gonzáles, I. S. Diurnal dynamics of photosynthetic parameters of Norway spruce (Picea abies) cultivated under elevated CO2. - II. Photosystem II efficiency and the xanthophyll cycle activity during summer day. In: The 14th FESPB Congress. Cracow. 2004.

Podnázev
Rok vydání:	2004
Obor:	Biofyzika
Místo konání:	Cracow
Stát konání akce:	Polská republika
Název akce:	The 14th FESPB Congress
Datum od:
Datum do:
Druh prezentace:	Plakátová zpráva
Instituce:

Klíčová slova anglicky:	Norway spruce; photosystem II efficiency; elevated CO2; xanthophyll cycle
Popis v původním jazyce:	The synergetic effect of the elevated CO2 concentration [CO2] and high irradiance on the photosystem II function was observed for Norway spruce under both field and laboratory conditions. In order to obtain relevant information on the impact of acclimatory depression of photosynthesis under elevated [CO2] on the PSII function, the daily pattern of photochemical PSII efficiency and the xanthophyll cycle activity were studied for sunny needles of the spruces grown under the ambient (AC) and/or elevated (EC, ambient + 350 umol(CO2) mol-1) [CO2].
Popis v anglickém jazyce:	The synergetic effect of the elevated CO2 concentration [CO2] and high irradiance on the photosystem II function was observed for Norway spruce under both field and laboratory conditions. In order to obtain relevant information on the impact of acclimatory depression of photosynthesis under elevated [CO2] on the PSII function, the daily pattern of photochemical PSII efficiency and the xanthophyll cycle activity were studied for sunny needles of the spruces grown under the ambient (AC) and/or elevated (EC, ambient + 350 umol(CO2) mol-1) [CO2].

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